Planning for Machining Workpieces with a Partial-Order, Nonlinear Planner

Juergen Paulokat and Stefan Wess

We describe a hybrid architecture supporting planning for machining workpieces. The architecture is built around CAPLAN, a partial-order nonlinear planner that represents the plan already generated and allows external control decision made by special purpose programs or by the user. To make planning more efficient, the domain is hierarchically modelled. Based on this hierarchical representation, a case-based control component has been realized that allows incremental acquisition of control knowledge by storing solved problems and reusing them in similar situations.

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